Snap processes more than 10 petabytes of experimentation data every single morning—and with NVIDIA GPU-accelerated Apache Spark on Google Cloud, Snap cut job costs by 76%, reduced memory usage by 80%, and eliminated 120 terabytes of disk spill from its pipelines.
Prudhvi Vatala, head of engineering platforms at Snap, joins the NVIDIA AI Podcast to break down how he and his team completely modernized data infrastructure for a social platform serving nearly a billion monthly active users—using NVIDIA cuDF plugin (formerly referred to as NVIDIA RAPIDS plugin) for Apache Spark on Google Kubernetes Engine, with zero application code changes.
🔬Topics covered:
How Snap runs A/B tests at planetary scale using rigorous statistical methods like heterogeneous treatment effect detection and variance reduction
Why Snap reuses idle inference GPUs between 1–5 a.m. for batch data processing—and how it built a Kubernetes-based platform to do it
How NVIDIA cuDF delivered 3x+ speedups on join-heavy Spark jobs with no code rewrites
The full business impact: 76% cost reduction, 62% fewer cores, 80% less memory, 120 TB of spill eliminated
How a three-way partnership between Snap, NVIDIA, and Google Cloud made it possible in just 8–9 months
Chapters:
0:00 Introduction and Snap overview
3:35 What is Snap’s experimentation platform?
4:05 Why experimentation, safety, and privacy are core at Snap
4:52 How A/B testing works at billion-user scale
8:14 Discovering NVIDIA cuDF plugin
9:06 Benchmarking results: join, union, and aggregation jobs
12:00 Reusing idle GPUs overnight via GKE
13:24 Building a bottom-up GPU data platform at Snap
17:48 Results: 76% cost reduction and partnership impact
20:56 Snap’s evolution and what’s next
Learn more:
NVIDIA cuDF: https://developer.nvidia.com/topics/ai/data-science/cuda-x-data-science-libraries/cudf#accel-apache
Leave a Reply
You must be logged in to post a comment.